CN102571201B

CN102571201B - Method, terminal and system for managing optical fiber networks

Info

Publication number: CN102571201B
Application number: CN201210016009.2A
Authority: CN
Inventors: 翁圳彬; 刘华庆; 李德
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2012-01-18
Filing date: 2012-01-18
Publication date: 2014-07-30
Anticipated expiration: 2032-01-18
Also published as: WO2013107313A1; EP2800305B1; US20140348508A1; EP2800305A4; EP2800305A1; CN102571201A; US9467335B2

Abstract

The embodiment of the invention provides a method, terminal and system for managing optical fiber networks, which relate to the filed of optical fiber communication, can intelligently manage optical fibers, and have the advantages of low error rate and high management convenience. The method for managing optical fiber networks comprises the following steps: a terminal acquires configuration information from a management system and sends a configuration port identifier for optical fiber connection to an ODN (optical distribution network) device, so that the ODN device indicates one end of an optical fiber to insert into a corresponding configuration port according to the received configuration port identifier; then, the terminal sends a configuration pair port identifier for optical fiber connection to the ODN device according to a received first identifier of one end of the optical fiber and a corresponding configuration port identifier, which are sent by the ODN device, and a second identifier of the other end of the optical fiber, which is sent by a detecting module, so that the ODN device indicates the other end of the optical fiber to insert into a corresponding configuration pair port according to the received configuration pair port identifier, thereby completing the optical fiber connection. The method, terminal and system disclosed by the embodiment of the invention can be applied to the management on optical fiber networks.

Description

A kind of fiber optic network management method, terminal and system

Technical field

The present invention relates to fiber optic communication field, relate in particular to a kind of fiber optic network management method, terminal and system.

Background technology

Along with the development of fiber optic network technology, FTTC, Fiber To The Building, Fiber to the home started application, the quantity of optical patchcord is more and more, traditional ODN (optical distribution network, Optical Distribution Network) adopt passive scheme, on the port of the two ends of optical patchcord, paste indicating label, the configured port of indicating this optical fiber to insert, operating personnel connect optical patchcord according to indicating label or safeguard that optical fiber connects.

In the management process of stating in realization optical fiber connection or safeguard, inventor finds that in prior art, at least there are the following problems: above-mentioned fiber management method is used manual operation, easily there is mistake, be inconvenient to manage, and can not carry out automation line walking and maintenance.

Summary of the invention

Embodiments of the invention provide a kind of fiber optic network management method, terminal and system, can carry out intelligently the management of optical fiber, and error rate is low, convenient management.

For achieving the above object, embodiments of the invention adopt following technical scheme:

A kind of fiber optic network management method, comprising:

Obtain configuration information from management system, the configured port mark that described configuration information record optical fiber connects and configuration are to port-mark;

Send to Optical Distribution Network ODN equipment the configured port mark that optical fiber connects, to make described ODN equipment insert corresponding configured port according to the described configured port mark indexed optical fiber one end receiving;

Receive first mark of optical fiber one end that described ODN equipment sends and corresponding configured port mark, first mark of described optical fiber one end and corresponding configured port mark, insert after corresponding configured port in optical fiber one end, by also transmission of described ODN equipment Inspection;

Receive the second mark of the optical fiber other end, after the second mark of the described optical fiber other end is detected the described optical fiber other end by fiber detection module, return; Wherein first of every optical fiber the mark and the second mark are corresponding one by one;

According to first mark and the described configuration information of the second mark of the optical fiber other end receiving, described optical fiber one end, the configuration that sends optical fiber connection to ODN equipment is to port-mark, to make described ODN equipment insert corresponding configuration to port according to the described configuration receiving to the port-mark indexed optical fiber other end.

A kind of terminal, comprising:

Information acquisition unit, for obtaining configuration information from management system, the configured port mark that described configuration information record optical fiber connects and configuration are to port-mark;

The first transmitting element, the configured port mark connecting for send optical fiber to ODN equipment, to make described ODN equipment insert corresponding configured port according to the described configured port mark indexed optical fiber one end receiving;

The first receiving element, be used for first mark of the optical fiber one end that receives the transmission of ODN equipment and corresponding configured port mark, first mark of described optical fiber one end and corresponding configured port mark, insert after corresponding configured port in optical fiber one end, by ODN equipment Inspection transmission;

The second receiving element, for receiving the second mark of the optical fiber other end, returns after the second mark of the described optical fiber other end is detected the described optical fiber other end by fiber detection module; Wherein first of every optical fiber the mark and the second mark are corresponding one by one;

The second transmitting element, for identifying and described configuration information according to first of the second mark of the optical fiber other end receiving, described optical fiber one end, the configuration that sends optical fiber connection to ODN equipment is to port-mark, to make described ODN equipment insert corresponding configuration to port according to the described configuration receiving to the port-mark indexed optical fiber other end.

A kind of fiber optic network management system, is characterized in that, comprises ODN equipment, detection module,

Described ODN equipment, for obtaining configured port mark and inserting corresponding configured port according to described configured port mark indexed optical fiber one end, insert after corresponding configured port first mark of detection fiber one end and corresponding configured port mark in optical fiber one end; Described configured port identifies the configuration information issuing from management system and obtains;

Described detection module, for detection of the second mark of the optical fiber other end; Wherein first of every optical fiber the mark and the second mark are corresponding one by one;

Described ODN equipment, also inserts corresponding configuration to port to port-mark and according to described configuration to the port-mark indexed optical fiber other end for obtaining configuration; Described configuration is obtained according to the first mark and the described configuration information of described the second mark, described optical fiber one end port-mark.

The embodiment of the present invention provides a kind of fiber optic network management method, terminal and system, obtain configuration information and send to ODN equipment the configured port mark that optical fiber connects from management system by terminal, to make described ODN equipment insert corresponding configured port according to this configured port mark indexed optical fiber one end; First mark of optical fiber one end that then terminal sends according to the ODN equipment receiving and corresponding configured port mark, and the second mark of the optical fiber other end of detection module transmission, the configuration that sends optical fiber connection to ODN equipment is to port-mark, to make ODN equipment insert corresponding configuration to port according to the configuration receiving to the port-mark indexed optical fiber other end, thereby realize the intelligent management of optical fiber, the method can reduce the error rate that optical fiber connects, and convenient management.

Brief description of the drawings

In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.

A kind of fiber optic network management method flow chart that Fig. 1 provides for embodiment 1;

A kind of fiber optic network management method flow chart that Fig. 2 provides for embodiment 2;

A kind of automatic running on transmisson line method flow diagram that Fig. 3 provides for embodiment 2;

A kind of optical fiber connection maintaining method flow chart that Fig. 4 provides for embodiment 2;

A kind of optical line that Fig. 5 provides for embodiment 2 is by information obtaining method flow chart;

The structured flowchart of a kind of terminal that Fig. 6 provides for embodiment 3;

The structured flowchart of the another kind of terminal that Fig. 7 provides for embodiment 3;

The structured flowchart of the another kind of terminal that Fig. 8 provides for embodiment 3;

The structured flowchart of the another kind of terminal that Fig. 9 provides for embodiment 3;

The structured flowchart of the another kind of terminal that Figure 10 provides for embodiment 3;

A kind of fiber optic network management system schematic diagram that Figure 11 provides for embodiment 4;

The another kind of fiber optic network management system schematic diagram that Figure 12 provides for embodiment 4.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiment.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtaining under creative work prerequisite, belong to the scope of protection of the invention.

Embodiment 1:

The embodiment of the present invention provides a kind of fiber optic network management method, and as shown in Figure 1, the method comprises the following steps:

101, obtain configuration information from management system.

In the time that needs carry out optical fiber attended operation, management system can issue configuration information to terminal, and certainly, described configuration information can be also management system timed sending.Described configuration information record has the configured port that optical fiber connects to identify and configure port-mark, and configured port mark and configuration are corresponding one by one to port-mark.

102, send to ODN equipment the configured port mark that optical fiber connects.

Terminal, from management system obtains configuration information, will send the configured port mark that optical fiber connects to ODN equipment, the corresponding configured port that described ODN equipment need to insert according to the described configured port mark indexed optical fiber one end receiving.The indicator light of the configured port that wherein ODN equipment can be by lighting described correspondence carrys out the corresponding configured port that indexed optical fiber one end need to be inserted, also can carry out the corresponding configured port that indexed optical fiber one end need to be inserted by other indication informations, in this no limit.The operating personnel that carry out optical fiber connection can insert corresponding configured port by optical fiber one end according to the instruction of ODN equipment.

103, receive first mark of optical fiber one end and the configured port mark of correspondence that ODN equipment sends.

Insert after corresponding configured port in optical fiber one end, ODN equipment can detect first mark of optical fiber one end and corresponding configured port mark.Then, first mark of optical fiber one end and corresponding configured port mark are sent to terminal by ODN equipment, first mark of optical fiber one end that described terminal reception ODN equipment sends and corresponding configured port mark.

104, receive the second mark of the optical fiber other end.

Insert after corresponding configured port in optical fiber one end, operating personnel insert the other end of optical fiber in the detection mouth of detection module, and described detection module can detect the second mark of the optical fiber other end, and described the second mark is sent to terminal by detection module subsequently.Wherein, in same optical fiber, the first mark and the second mark are corresponding one by one.Concrete, in the first mark of every optical fiber and the second mark, all contain local terminal coding+opposite end coding, for example, first of an optical fiber is designated 1122, wherein 11 is local terminal coding, and 22 is opposite end coding, and second of this root optical fiber the mark corresponds to 2211, wherein 22 is local terminal coding, and 11 is opposite end coding.Certainly, in same optical fiber, the first mark and the second mark also can be otherwise corresponding one by one, do not limit at this.

105, according to first mark and the described configuration information of the second mark receiving, described optical fiber one end, the configuration that sends optical fiber connection to ODN equipment is to port-mark.

Terminal is receiving after described the second mark, according to first mark and the described configuration information of described the second mark and described optical fiber one end, can learn that the corresponding configuration of this root optical fiber other end is to port-mark, terminal sends to ODN equipment by described configuration to port-mark, and the corresponding configuration that described ODN equipment will insert the port-mark indexed optical fiber other end according to the described configuration receiving is to port.The configuration that wherein ODN equipment can be by lighting described correspondence carrys out corresponding configuration that the indexed optical fiber other end need to insert to port to the indicator light of port, also can carry out corresponding configuration that the indexed optical fiber other end will insert to port by other indication informations, not limit at this.The operating personnel that carry out optical fiber connection can insert corresponding configuration to port by the optical fiber other end according to the instruction of the equipment of ODN.So far, optical fiber two ends have been accessed respectively in corresponding port, and the connection of optical fiber access completes.

The embodiment of the present invention provides a kind of fiber optic network management method, obtain configuration information and send to ODN equipment the configured port mark that optical fiber connects from management system by terminal, to make described ODN equipment insert corresponding configured port according to this configured port mark indexed optical fiber one end; First mark of optical fiber one end that then terminal sends according to the ODN equipment receiving and corresponding configured port mark, and the second mark of the optical fiber other end of detection module transmission, the configuration that sends optical fiber connection to ODN equipment is to port-mark, to make ODN equipment insert corresponding configuration to port according to the configuration receiving to the port-mark indexed optical fiber other end, thereby realize the intelligent management of optical fiber, the method can reduce error rate, and convenient management.

Embodiment 2:

The embodiment of the present invention provides a kind of fiber optic network management method, and as shown in Figure 2, the method comprises the following steps:

201, obtain configuration information from management system.

202, send to ODN equipment the configured port mark that optical fiber connects.

Terminal, from management system obtains configuration information, will send the configured port mark that optical fiber connects to ODN equipment, the corresponding configured port that described ODN equipment will insert according to the described configured port mark indexed optical fiber one end receiving.The indicator light of the configured port that wherein ODN equipment can be by lighting described correspondence carrys out the corresponding configured port that indexed optical fiber one end will be inserted, and also can carry out the corresponding configured port that indexed optical fiber one end will be inserted by other indication informations, in this no limit.The operating personnel that carry out optical fiber connection can insert corresponding configured port by optical fiber one end according to the instruction of the equipment of ODN.

203, receive first mark of optical fiber one end and the configured port mark of correspondence that ODN equipment sends.

204, setting up described the first mark identifies, configures the corresponding relation between port-mark with corresponding configured port.

After first mark of optical fiber one end that terminal is returned at reception ODN equipment and corresponding configured port mark, can set up described the first mark and identify, configure the corresponding relation between port-mark with corresponding configured port, the corresponding unique configured port mark of each the first mark and a unique configuration are to port-mark.

205, receive the second mark of the optical fiber other end.

Insert after corresponding configured port in optical fiber one end, operating personnel insert the optical fiber other end in the detection mouth of detection module, and described detection module can detect the second mark of the optical fiber other end, and described the second mark is sent to terminal by detection module subsequently.Wherein, in same optical fiber, the first mark and the second mark are corresponding one by one.Concrete, in the first mark of every optical fiber and the second mark, all contain local terminal coding+opposite end coding, for example, first of an optical fiber is designated 1122, wherein 11 is local terminal coding, and 22 is opposite end coding, and second of this root optical fiber the mark corresponds to 2211, wherein 22 is local terminal coding, and 11 is opposite end coding.Certainly, in same optical fiber, the first mark and the second mark also can be otherwise corresponding one by one, do not limit at this.

206, basis receives the second mark and the first mark identify, configure the corresponding relation between port-mark with corresponding configured port, and the configuration connecting to ODN equipment transmission optical fiber is to port-mark.

Terminal is receiving after described the second mark, according to described the second mark get with described the second mark have one-to-one relationship, the mark of first in same optical fiber, and identify, configure the corresponding relation between port-mark with corresponding configured port according to the first mark, learn that the corresponding configuration of this root optical fiber other end is to port-mark.Terminal sends to ODN equipment by described configuration to port-mark afterwards, and the corresponding configuration that described ODN equipment will insert the port-mark indexed optical fiber other end according to the described configuration receiving is to port.The configuration that wherein ODN equipment can be by lighting described correspondence carrys out corresponding configuration that the indexed optical fiber other end need to insert to port to the indicator light of port, also can carry out corresponding configuration that the indexed optical fiber other end will insert to port by other indication informations, not limit at this.The operating personnel that carry out optical fiber connection can insert corresponding configuration to port by the optical fiber other end according to the instruction of the equipment of ODN.So far, optical fiber two ends have been accessed respectively in corresponding port, and the connection of optical fiber completes.

207, will be access in the configured port mark of optical fiber and configuration to port-mark, and the first mark and second that is access in optical fiber identifies and feeds back to management system in the mode of optic fiber configureing information.

Terminal identifies, configures the corresponding relation between port-mark with corresponding configured port according to the second mark receiving and the first mark, to ODN equipment send optical fiber connect configuration to port-mark after, also can be by the configured port mark of incoming fiber optic and configuration to port-mark, and be access in the first mark of optical fiber and the second mark one by one correspondence feed back to management system in the mode of optic fiber configureing information.Wherein the configured port of incoming fiber optic mark and configuration are to port-mark, and the first mark and the second mark one-to-one relationship that are access in optical fiber are: the configured port mark of first mark corresponding optical fiber one end access of the optical fiber being access in, the configuration of the corresponding optical fiber other end access of the second mark is to port-mark, the first mark is corresponding one by one with the second mark, and configured port mark is also corresponding one by one to port-mark with configuration.

Carry out, on the basis of optical fiber connection, can also realizing automatic running on transmisson line in the above-mentioned management method of application, whether correct with the connection of detection fiber, as shown in Figure 3, the process of automatic running on transmisson line comprises the following steps:

301, obtain described optic fiber configureing information from management system.

Terminal, in the time receiving the optic fiber configureing information that management system issues, will start automatic running on transmisson line function service.Described optic fiber configureing information is the optic fiber configureing information that in step 207, terminal is fed back to management system.

302, send acquisition instructions to ODN equipment.

Terminal sends acquisition instructions to ODN equipment, indicates the collection of described ODN equipment and returns to actual fiber configuration information.

303, receive the actual fiber configuration information that ODN equipment sends.

Described actual fiber configuration information comprises the configured port mark of actual connection optical fiber and configures port-mark, and actual the first mark and the second mark that connects optical fiber, the configured port mark of the actual connection optical fiber in described actual fiber configuration information and configuration are to port-mark, and actual the first mark and second that connects optical fiber is designated corresponding one by one.

304, whether more described optic fiber configureing information is consistent with described actual fiber configuration information, and inconsistent optic fiber configureing information and actual fiber configuration information are sent to management system, to make operating personnel correct optical fiber connection error.

Whether the more described optic fiber configureing information of terminal is consistent with described actual fiber configuration information, if the one-to-one relationship of described optic fiber configureing information and described actual fiber configuration information be consistent i.e. the first mark in described optic fiber configureing information, the second mark, configured port, configuration to four information of port identify with the reality first in described actual fiber link information, actual the second mark, actual disposition port, actual disposition be when all consistent to four information of port, optical fiber connection is described correctly; If have at least one inconsistent in four information, optical fiber connection error is described, terminal just sends to management system by inconsistent optic fiber configureing information and actual fiber configuration information, thereby make erroneous point that management system learns that optical fiber connects at which, and then instruction operating personnel correct the mistake that this optical fiber connects.

Carry out on the basis of optical fiber connection in the above-mentioned management method of application, can also in the time that optical fiber connection comes off, carry out the maintenance of optical fiber connection.As shown in Figure 4, the procedure that optical fiber connection is safeguarded comprises the following steps:

401, receive first mark of optical fiber one end.

Terminal receives first mark of optical fiber one end, after first mark of described optical fiber one end is detected described optical fiber one end by fiber detection module, returns.

Optical fiber connects for a long time, optical fiber one end can come off because of various reasons, operating personnel insert the optical fiber one end disconnecting in detection module, and described detection module can detect first mark of optical fiber one end, and described the first mark is sent to terminal by detection module subsequently.Terminal receives described the first mark.

402, send described the first mark and the first query statement to management system.

Send first mark and first query statement of described optical fiber one end to management system, to make the described management system configured port mark corresponding to the first mark inquiry of described optical fiber one end according to described optic fiber configureing information pointer.

In step 207, management system has received the described optic fiber configureing information that stores, described optic fiber configureing information comprises that the configured port that is access in optical fiber identifies and configures port-mark, and the first mark and second that is access in optical fiber identifies, these four marks have relation one to one, do not repeat them here.Terminal sends described the first mark and the first query statement to management system, management system is inquired about described optic fiber configureing information according to the first mark and the first query statement that receive, and the configured port corresponding to the first mark of the described optical fiber one end that inquires disconnection identified.Management system sends to terminal according to the first query statement by the configured port mark of the described correspondence inquiring.

403, the described configured port mark that receiving management system sends.

404, send described configured port mark to ODN equipment.

Terminal sends described configured port mark to ODN equipment, to make described ODN equipment insert corresponding configured port according to the described configured port mark indexed optical fiber one end receiving.

Terminal sends to ODN equipment, the corresponding configured port that described ODN equipment will insert port-mark indexed optical fiber one end according to the described configuration receiving by described configured port mark.The corresponding configured port that wherein ODN equipment can indicate optical fiber one end of disconnection to insert by lighting the indicator light of configured port of described correspondence, also the corresponding configured port that can indicate optical fiber one end of disconnection to insert by other indication informations, does not limit at this.The operating personnel that carry out optical fiber connection can insert corresponding configured port by optical fiber one end according to the instruction of the equipment of ODN.So far, optical fiber one end that this root disconnects has been accessed in corresponding port, and the maintenance that optical fiber connects completes.

In the time that user's connection is broken down, can be to management system report fault, management system obtains Trouble Report meeting and issuees a notice to terminal, operating personnel investigate fault while having notice by terminal, sometimes need to obtain optical line by link information, based on the above method, as shown in Figure 5, optical line is comprised the following steps by information obtaining method:

501, receive first mark of optical fiber one end.

Optical fiber one end of the user port that operating personnel are broken down connection is pulled up and is inserted in detection module, and described detection module can detect first mark of optical fiber one end, and described the first mark is sent to terminal by detection module subsequently.Terminal receives described the first mark.

502, send described the first mark and the second query statement to management system.

Send first mark and second query statement of described optical fiber one end to management system, to make described management system inquire about corresponding optical routing information according to described optic fiber configureing information pointer to first mark of described optical fiber one end; Described optical fiber routing iinformation is the fiber optic links information from network to user.

Management system has received described optic fiber configureing information, described optic fiber configureing information comprises that the configured port that is access in optical fiber identifies and configures port-mark, and be access in optical fiber first mark and second identify, these four marks have relation one to one, do not repeat them here.Management system receives after described optic fiber configureing information can be by its optical fiber routing iinformation corresponding stored corresponding to light connectivity port therewith.

Terminal sends described the first mark and the second query statement to management system, and management system will inquire corresponding optical fiber routing iinformation according to the first mark and the second query statement that receive.Management system sends to terminal according to the first query statement by the configured port mark of the described correspondence inquiring.

503, the described optical fiber routing iinformation that receiving management system sends.

The described optical fiber routing iinformation that terminal receiving management system sends, operating personnel just can learn that the user-side port breaking down is to OLT (optical line terminal by terminal, optical line terminal) the optical fiber link information of equipment side port, thus facilitate administrative staff to investigate fault.

ODN equipment and detection module in the method for the embodiment of the present invention, provide electric power by supply module to ODN equipment and detection module, can normally be moved.Communicating by letter between terminal and ODN equipment, detection module, is set up communication port and realizes with ODN equipment, detection module voluntarily by terminal.The communication port that can certainly be set up between terminal and ODN equipment, detection module by communication repeating is realized.Concrete, the communication mode that described signal post uses can be wireless or wired communication mode, including but not limited to communication modes such as mobile communication standards such as () 2G, 3G, 4G, WIFI, WiMAX, copper cash, optical fiber, USB.

The embodiment of the present invention provides a kind of fiber optic network management method, obtain configuration information and send to ODN equipment the configured port mark that optical fiber connects from management system by terminal, to make described ODN equipment insert corresponding configured port according to this configured port mark indexed optical fiber one end; First mark of optical fiber one end that then terminal sends according to the ODN equipment receiving and corresponding configured port mark, and the second mark of the optical fiber other end of detection module transmission, the configuration that sends optical fiber connection to ODN equipment is to port-mark, to make ODN equipment insert corresponding configuration to port according to the configuration receiving to the port-mark indexed optical fiber other end, thereby realize the connection of optical fiber, the method can reduce error rate, and convenient management.

In addition, this method can also be obtained described optic fiber configureing information from management system by terminal, and receive ODN equipment send actual fiber configuration information, then whether more described optic fiber configureing information is consistent with described actual fiber configuration information, and inconsistent optic fiber configureing information and actual fiber configuration information are sent to management system, to make operating personnel correct optical fiber connection error, can automatically complete like this line walking and detect, convenient management.

In addition, the optical fiber that the embodiment of the present invention provides connects method and the optical line safeguarded to be managed by terminal intelligent by information obtaining method, does not need artificial enquiry, can reduce error rate, and convenient management.

Embodiment 3:

The embodiment of the present invention also provides a kind of terminal, and as shown in Figure 6, described terminal comprises information acquisition unit 601, the first transmitting element 602, the first receiving element 603, the second receiving element 604, the second transmitting elements 605.

Information acquisition unit 601, for obtaining configuration information from management system, the configured port mark that described configuration information record optical fiber connects and configuration are to port-mark.

The first transmitting element 602, the configured port mark connecting for send optical fiber to ODN equipment, to make described ODN equipment insert corresponding configured port according to the described configured port mark indexed optical fiber one end receiving.

Terminal, from management system obtains configuration information, will send the configured port mark that optical fiber connects to ODN equipment, the corresponding configured port that described ODN equipment need to insert according to the described configured port mark indexed optical fiber one end receiving.The indicator light of the configured port that wherein ODN equipment can be by lighting described correspondence carrys out the corresponding configured port that indexed optical fiber one end need to be inserted, also can carry out the corresponding configured port that indexed optical fiber one end need to be inserted by other indication informations, in this no limit.The operating personnel that carry out optical fiber connection can insert corresponding configured port by optical fiber one end according to the instruction of the equipment of ODN.

The first receiving element 603, be used for first mark of the optical fiber one end that receives the transmission of ODN equipment and corresponding configured port mark, first mark of described optical fiber one end and corresponding configured port mark, insert after corresponding configured port in optical fiber one end, by ODN equipment Inspection transmission.

The second receiving element 604, for receiving the second mark of the optical fiber other end, returns after the second mark of the described optical fiber other end is detected the described optical fiber other end by fiber detection module; Wherein first of every optical fiber the mark and the second mark are corresponding one by one.

The second transmitting element 605, for identifying and described configuration information according to first of the second mark of the optical fiber other end receiving, described optical fiber one end, the configuration that sends optical fiber connection to ODN equipment is to port-mark, to make described ODN equipment insert corresponding configuration to port according to the described configuration receiving to the port-mark indexed optical fiber other end.

Terminal shown in Fig. 6 has been used for the method shown in embodiment 1 Fig. 1.

Further, as shown in Figure 7, described terminal also comprises that corresponding relation sets up unit 606, information feedback unit 607.

Corresponding relation is set up unit 606, for after receiving first mark of optical fiber one end that ODN equipment returns and corresponding configured port at the first receiving element 603 and identifying, setting up described the first mark identifies, configures the corresponding relation between port-mark with corresponding configured port, receiving after the second mark making, according to the correspondence of described corresponding relation and described the first mark and described the second mark, the configuration that sends optical fiber connection to ODN equipment is to port-mark.

Information feedback unit 607, for will be access in the configured port mark of optical fiber and configuration to port-mark, and the first mark and second that is access in optical fiber identifies and feeds back to management system in the mode of optic fiber configureing information.

Terminal identifies, configures the corresponding relation between port-mark with corresponding configured port according to the second mark receiving and the first mark, to ODN equipment send optical fiber connect configuration to port-mark after, also can be by the configured port mark of incoming fiber optic and configuration to port-mark, and be access in the first mark of optical fiber and the second mark one by one correspondence feed back to management system in the mode of optic fiber configureing information.

Terminal shown in Fig. 7 has been used for the method shown in embodiment 2 Fig. 2.

Further, as shown in Figure 8, on the basis of above-mentioned terminal, described terminal also comprises the 3rd transmitting element 801, the three receiving elements 802, comparing unit 803.

The 3rd transmitting element 801, for sending acquisition instructions to ODN equipment, indicates the collection of described ODN equipment and returns to actual fiber configuration information.

Terminal can send acquisition instructions to ODN equipment in the time carrying out automatic running on transmisson line, indicates the collection of described ODN equipment and returns to actual fiber configuration information.

The 3rd receiving element 802, the described optic fiber configureing information of feeding back for obtain described information feedback unit 607 from management system, and receive the actual fiber configuration information that ODN equipment sends; Described actual fiber configuration information comprises the configured port mark of actual connection optical fiber and configures port-mark, and actual the first mark and the second mark that connects optical fiber.

Comparing unit 803, whether consistent with described actual fiber configuration information for more described optic fiber configureing information, and inconsistent optic fiber configureing information and actual fiber configuration information are sent to management system, to make operating personnel correct optical fiber connection error.

Terminal shown in Fig. 8 has been used for the method shown in embodiment 2 Fig. 3.

Further, as shown in Figure 9, described terminal also comprises: the 4th receiving element 901, the four transmitting element 902, the five receiving element 903, the five transmitting elements 904.

The 4th receiving element 901, for receiving first mark of optical fiber one end, returns after first mark of described optical fiber one end is detected described optical fiber one end by fiber detection module.

The 4th transmitting element 902, for send first mark and first query statement of described optical fiber one end to management system, with the described optic fiber configureing information pointer configured port mark corresponding to the first mark inquiry of described optical fiber one end that described management system is fed back according to described information feedback unit 607.

The 5th receiving element 903, the described configured port mark sending for receiving management system.

The 5th transmitting element 904, for send described configured port mark to ODN equipment, to make described ODN equipment insert corresponding configured port according to the described configured port mark indexed optical fiber one end receiving.

Terminal shown in Fig. 9 has been used for the method shown in embodiment 2 Fig. 4.

Further, as shown in figure 10, described terminal also comprises: the 6th receiving element 1001, the six transmitting element 1002, the seven receiving elements 1003.

The 6th receiving element 1001, for receiving first mark of optical fiber one end, returns after first mark of described optical fiber one end is detected described optical fiber one end by fiber detection module.

The 6th transmitting element 1002, for send first mark and second query statement of described optical fiber one end to management system, to make the described optic fiber configureing information pointer that described management system is fed back according to described information feedback unit 607 identify to first of the described optical fiber one end receiving the optical fiber routing iinformation of inquiring about described optical fiber place link.

The 7th receiving element 1003, the described optical fiber routing iinformation sending for receiving management system.

Terminal shown in Figure 10 has been used for the method shown in embodiment 2 Fig. 5.

Terminal described in the embodiment of the present invention is including but not limited to smart mobile phone, palmtop PC, panel computer, notebook computer, self-defined terminal.

The embodiment of the present invention provides a kind of terminal, obtain configuration information and send to ODN equipment the configured port mark that optical fiber connects from management system by terminal, to make described ODN equipment insert corresponding configured port according to this configured port mark indexed optical fiber one end; First mark of optical fiber one end that then terminal sends according to the ODN equipment receiving and corresponding configured port mark, and the second mark of the optical fiber other end of detection module transmission, the configuration that sends optical fiber connection to ODN equipment is to port-mark, to make ODN equipment insert corresponding configuration to port according to the configuration receiving to the port-mark indexed optical fiber other end, thereby realize the connection of optical fiber, the method can reduce error rate, and convenient management.

In addition, this terminal can also be obtained described optic fiber configureing information from management system, and receive ODN equipment send actual fiber configuration information, then whether more described optic fiber configureing information is consistent with described actual fiber configuration information, and inconsistent optic fiber configureing information and actual fiber configuration information are sent to management system, to make operating personnel correct optical fiber connection error, can automatically complete like this line walking and detect, convenient management.

In addition, this terminal can also be carried out optical fiber and be connected maintenance and optical fiber route information query, does not need artificial enquiry, can reduce error rate, and convenient management.

Embodiment 4:

The embodiment of the present invention provides a kind of fiber optic network management system, and as shown in figure 11, described fiber optic network management system comprises ODN equipment 112, detection module 113,

Described ODN equipment 112, for obtaining configured port mark and inserting corresponding configured port according to described configured port mark indexed optical fiber one end, insert after corresponding configured port first mark of detection fiber one end and corresponding configured port mark in optical fiber one end; Described configured port identifies the configuration information issuing from management system and obtains.

Described detection module, for detection of the second mark of the optical fiber other end; Wherein first of every optical fiber the mark and the second mark are corresponding one by one.

Further, as shown in figure 11, described system also comprises terminal 111, supply module 114.

Terminal 111, for obtaining configuration information from management system, and sends to ODN equipment 112 the configured port mark that optical fiber connects.

Described terminal 111, in the time that needs carry out optical fiber attended operation, management system can issue configuration information to terminal 111, and certainly, described configuration information can be also management system timed sending.Described configuration information record has the configured port that optical fiber connects to identify and configure port-mark, and configured port mark and configuration are corresponding one by one to port-mark.Terminal 111, from management system obtains configuration information, will send the configured port mark that optical fiber connects to ODN equipment 112.

ODN equipment 112, for receiving described configured port mark and inserting corresponding configured port according to described configured port mark indexed optical fiber one end, insert after corresponding configured port in optical fiber one end, detect and send first mark of optical fiber one end and corresponding configured port mark to terminal.

The corresponding configured port that described ODN equipment 112 need to insert according to the described configured port mark indexed optical fiber one end receiving.The indicator light of the configured port that wherein ODN equipment 112 can be by lighting described correspondence carrys out the corresponding configured port that indexed optical fiber one end need to be inserted, also can carry out the corresponding configured port that indexed optical fiber one end need to be inserted by other indication informations, in this no limit.The operating personnel that carry out optical fiber connection can insert corresponding configured port by optical fiber one end according to the instruction of the equipment of ODN 112.Insert after corresponding configured port in optical fiber one end, ODN equipment 112 can detect first mark of optical fiber one end and corresponding configured port mark.Then, first mark of optical fiber one end and corresponding configured port mark are sent to terminal 111 by ODN equipment 112.

Terminal 111, also identifies for the first mark and the corresponding configured port that receive optical fiber one end that ODN equipment sends.

Detection module 113, for detection of and to terminal return the optical fiber other end second mark; Wherein first of every optical fiber the mark and the second mark are corresponding one by one.

Terminal 111, also for receiving the second mark of the optical fiber other end, and according to first mark and the described configuration information of the second mark receiving, described optical fiber one end, the configuration that sends optical fiber connection to ODN equipment is to port-mark, to make described ODN equipment insert corresponding configuration to port according to described configuration to the port-mark indexed optical fiber other end.

Terminal is receiving after described the second mark, according to described the second mark get with described the second mark have one-to-one relationship, the mark of first in same optical fiber, and identify, configure the corresponding relation between port-mark with corresponding configured port according to the first mark, learn that the corresponding configuration of this root optical fiber other end is to port-mark.Terminal sends to ODN equipment by described configuration to port-mark afterwards, and the corresponding configuration that described ODN equipment will insert the port-mark indexed optical fiber other end according to the described configuration receiving is to port.The configuration that wherein ODN equipment can be by lighting described correspondence carrys out corresponding configuration that the indexed optical fiber other end need to insert to port to the indicator light of port, also can carry out corresponding configuration that the indexed optical fiber other end will insert to port by other indication informations, not limit at this.The operating personnel that carry out optical fiber connection can insert corresponding configuration to port by the optical fiber other end according to the instruction of the equipment of ODN.

Terminal 111, also for being access in the configured port mark of optical fiber and corresponding configuration to port-mark, and the first mark and second that is access in optical fiber identifies and feeds back to management system in the mode of optic fiber configureing information.

Supply module 114, is used to described fiber optic network management system power supply.

The supply module of integrated battery has been guaranteed the power supply capacity of system, and battery is integrated separately, separates can make terminal lighter with terminal, and handled easily personnel are hand-held.Can also be for the battery in supply module increases the anti-measure of falling, increase the anti-ability of falling of battery.

Further, described terminal 111 is also for after receiving first mark of optical fiber one end that ODN equipment returns and corresponding configured port and identifying, set up described the first mark and identify, configure the corresponding relation between port-mark with corresponding configured port, the corresponding unique configured port mark of each the first mark and a unique configuration are to port-mark.To make receiving after the second mark, according to described corresponding relation, the configuration that sends optical fiber connection to ODN equipment is to port-mark.

Further, described terminal 111, also for sending acquisition instructions to ODN equipment.

Described ODN equipment 112, also for receiving described acquisition instructions, and according to described acquisition instructions collection and return to actual fiber configuration information.

Described terminal 111, also for obtaining described optic fiber configureing information from management system and receiving the actual fiber configuration information of ODN equipment transmission, whether more described optic fiber configureing information is consistent with described actual fiber configuration information, and inconsistent optic fiber configureing information and actual fiber configuration information are sent to management system, to make operating personnel correct optical fiber connection error.

Further, in the time carrying out the safeguarding of optical fiber connection,

Described detection module 113, also for detection of and to terminal 111 return optical fiber one end first mark.

Described terminal 111, also for receiving described the first mark, and sends first mark and first query statement of described optical fiber one end to management system, to make the described management system configured port mark corresponding according to the first mark inquiry of described optical fiber one end.

Described terminal 111, the described configured port mark also sending for receiving management system, and to send described configured port mark to ODN equipment.

Described ODN equipment 112, for inserting corresponding configured port according to the described configured port mark indexed optical fiber one end receiving.

Further, in the time that user's connection is broken down, can send Trouble Report to management system, management system obtains Trouble Report meeting and issuees a notice to terminal, and operating personnel investigate fault while having notice by terminal, sometimes needs to obtain optical line by link information, now

Described detection module 113, also for detection of and to terminal 111 return optical fiber one end first mark;

Described terminal 111, also for receiving described the first mark, and sends first mark and second query statement of described optical fiber one end to management system, to make described management system according to the optical routing information corresponding to the first mark inquiry of described optical fiber one end;

Described terminal 111, the described optical fiber routing iinformation also sending for receiving management system.

Further, as shown in figure 12, described system also comprises communication repeating module, and for the communication information between transparent transmission terminal, ODN equipment, detection module, described communication repeating module integration forms communication repeating, supply module 115 on described supply module.

Communication mode in the system that the present embodiment provides can be wireless or wired communication mode, including but not limited to communication modes such as mobile communication (standard such as 2G, 3G, 4G), WIFI, WiMAX, copper cash, optical fiber, USB.Optionally, some terminals need communication repeating module to be communicated with the communication port between terminal 111 and ODN equipment 112, detection module 113, and some terminals do not need, the concrete condition at this depending on terminal.

Detection module 113 in Figure 11 or Figure 12 is stand-alone integrated, certainly optional, described detection module 113 can also be integrated on described communication repeating, supply module 115 or supply module 114 or be integrated on described ODN equipment 112, do not limit at this.

Terminal described in the system that the embodiment of the present invention provides is the terminal described in embodiment 2.

A kind of fiber optic network management system that the embodiment of the present invention provides, obtain configuration information and send to ODN equipment the configured port mark that optical fiber connects from management system by terminal, to make described ODN equipment insert corresponding configured port according to this configured port mark indexed optical fiber one end; First mark of optical fiber one end that then terminal sends according to the ODN equipment receiving and corresponding configured port mark, and the second mark of the optical fiber other end of detection module transmission, the configuration that sends optical fiber connection to ODN equipment is to port-mark, to make ODN equipment insert corresponding configuration to port according to the configuration receiving to the port-mark indexed optical fiber other end, thereby realize the connection of optical fiber, the method can reduce error rate, and convenient management.

In addition, native system can also obtain described optic fiber configureing information from management system by terminal, and receive ODN equipment send actual fiber configuration information, then whether more described optic fiber configureing information is consistent with described actual fiber configuration information, and inconsistent optic fiber configureing information and actual fiber configuration information are sent to management system, to make operating personnel correct optical fiber connection error, can automatically complete like this line walking and detect, convenient management.

In addition, native system can also complete optical fiber and connect maintenance and optical fiber route information query, does not need artificial input and query manipulation, can reduce error rate, and convenient management.

One of ordinary skill in the art will appreciate that: all or part of step that realizes said method embodiment can complete by the relevant hardware of program command, aforesaid program can be stored in a computer read/write memory medium, this program, in the time carrying out, is carried out the step that comprises said method embodiment; And aforesaid storage medium comprises: various media that can be program code stored such as ROM, RAM, magnetic disc or CDs.

The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited to this, any be familiar with those skilled in the art the present invention disclose technical scope in; the variation that can expect easily or replacement, within all should being encompassed in protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of described claim.

Claims

1. a fiber optic network management method, is characterized in that, comprising:

2. method according to claim 1, is characterized in that, also comprises:

After first mark of optical fiber one end of returning at reception ODN equipment and corresponding configured port mark, setting up described the first mark identifies, configures the corresponding relation between port-mark with corresponding configured port, receiving after the second mark making, according to the correspondence of described corresponding relation and described the first mark and described the second mark, the configuration that sends optical fiber connection to ODN equipment is to port-mark.

3. method according to claim 1 and 2, is characterized in that, also comprises:

Will be access in the configured port mark of optical fiber and configuration to port-mark, and the first mark and second that is access in optical fiber identifies and feeds back to management system in the mode of optic fiber configureing information;

Obtain described optic fiber configureing information from management system, and receive the actual fiber configuration information that ODN equipment sends; Described actual fiber configuration information comprises the configured port mark of actual connection optical fiber and configures port-mark, and actual the first mark and the second mark that connects optical fiber;

Whether more described optic fiber configureing information is consistent with described actual fiber configuration information, and inconsistent optic fiber configureing information and actual fiber configuration information are sent to management system, to make operating personnel correct optical fiber connection error.

4. method according to claim 3, is characterized in that, before the actual fiber configuration information that receives the transmission of ODN equipment, also comprises:

Send acquisition instructions to ODN equipment, indicate the collection of described ODN equipment and return to actual fiber configuration information.

5. method according to claim 1 and 2, is characterized in that, also comprises:

Receive first mark of optical fiber one end, after first mark of described optical fiber one end is detected described optical fiber one end by fiber detection module, return;

Send first mark and first query statement of described optical fiber one end to management system, to make the described management system configured port mark corresponding to the first mark inquiry of described optical fiber one end according to described optic fiber configureing information pointer;

The described configured port mark that receiving management system sends;

Send described configured port mark to ODN equipment, to make described ODN equipment insert corresponding configured port according to the described configured port mark indexed optical fiber one end receiving.

6. method according to claim 1 and 2, is characterized in that, also comprises:

Send first mark and second query statement of described optical fiber one end to management system, to make described management system inquire about corresponding optical fiber routing iinformation according to described optic fiber configureing information pointer to first mark of the described optical fiber one end receiving; Described optical fiber routing iinformation is the fiber optic links information from network to user;

The described optical fiber routing iinformation that receiving management system sends, so that operating personnel connect fault according to described optical fiber routing iinformation Check System.

7. a terminal, is characterized in that, comprising:

8. terminal according to claim 7, is characterized in that, also comprises:

Corresponding relation is set up unit, for after receiving first mark of optical fiber one end that ODN equipment returns and corresponding configured port and identifying, setting up described the first mark identifies, configures the corresponding relation between port-mark with corresponding configured port, receiving after the second mark making, according to the correspondence of described corresponding relation and described the first mark and described the second mark, the configuration that sends optical fiber connection to described ODN equipment is to port-mark.

9. according to the terminal described in claim 7 or 8, it is characterized in that, also comprise:

Information feedback unit, will be access in the configured port mark of optical fiber and configuration to port-mark, and the first mark and second that is access in optical fiber identifies and feeds back to management system in the mode of optic fiber configureing information.

10. terminal according to claim 9, is characterized in that, also comprises:

The 3rd receiving element, for obtain the described optic fiber configureing information of described information feedback unit feedback from management system, and receives the actual fiber configuration information that ODN equipment sends; Described actual fiber configuration information comprises the configured port mark of actual connection optical fiber and configures port-mark, and actual the first mark and the second mark that connects optical fiber;

Comparing unit, whether consistent with described actual fiber configuration information for more described optic fiber configureing information, and inconsistent optic fiber configureing information and actual fiber configuration information are sent to management system, to make operating personnel correct optical fiber connection error.

11. terminals according to claim 10, is characterized in that, also comprise:

The 3rd transmitting element, for sending acquisition instructions to ODN equipment, indicates the collection of described ODN equipment and returns to actual fiber configuration information.

12. terminals according to claim 9, is characterized in that, also comprise:

The 4th receiving element, for receiving first mark of optical fiber one end, returns after first mark of described optical fiber one end is detected described optical fiber one end by fiber detection module;

The 4th transmitting element, for send first mark and first query statement of described optical fiber one end to management system, to make the described management system configured port mark corresponding to the first mark inquiry of described optical fiber one end according to the described optic fiber configureing information pointer of described information feedback unit feedback;

The 5th receiving element, the described configured port mark sending for receiving management system;

The 5th transmitting element, for send described configured port mark to ODN equipment, to make described ODN equipment insert corresponding configured port according to the described configured port mark indexed optical fiber one end receiving.

13. terminals according to claim 9, is characterized in that, also comprise:

The 6th receiving element, for receiving first mark of optical fiber one end, returns after first mark of described optical fiber one end is detected described optical fiber one end by fiber detection module;

The 6th transmitting element, for send first mark and second query statement of described optical fiber one end to management system, to make the optical fiber routing iinformation of described management system first mark inquiry described optical fiber place link to the described optical fiber one end receiving according to the described optic fiber configureing information pointer of described information feedback unit feedback;

The 7th receiving element, the described optical fiber routing iinformation sending for receiving management system, so that operating personnel connect fault according to described optical fiber routing iinformation Check System.

14. 1 kinds of fiber optic network management systems, is characterized in that, comprise terminal, ODN equipment and detection module,

Described terminal, for obtaining configuration information from management system, and sends to Optical Distribution Network ODN equipment the configured port mark that optical fiber connects, and the configured port mark that described configuration information record optical fiber connects and configuration are to port-mark;

Described ODN equipment, for obtaining described configured port mark and inserting corresponding configured port according to described configured port mark indexed optical fiber one end, insert in optical fiber one end after the configured port of described correspondence, detect and send first mark of optical fiber one end and corresponding configured port mark to described terminal;

Described detection module, for detection of and send the second mark of the optical fiber other end, wherein first of every optical fiber the mark and the second mark correspondence one by one to described terminal;

Described terminal, described first mark of optical fiber one end and the configured port mark of described correspondence that also send for receiving described ODN equipment, receive the second mark of the described optical fiber other end of described detection module transmission, and according to described the second mark receiving, first mark and the described configuration information of described optical fiber one end, the configuration that sends optical fiber connection to ODN equipment is to port-mark;

Described ODN equipment, also inserts corresponding configuration to port to port-mark and according to described configuration to the port-mark indexed optical fiber other end for obtaining described configuration.

15. systems according to claim 14, is characterized in that, described system also comprises supply module,

Described supply module, is used to described fiber optic network management system power supply;

Described terminal, also for being access in the configured port mark of optical fiber and corresponding configuration to port-mark, and the first mark and second that is access in optical fiber identifies and feeds back to management system in the mode of optic fiber configureing information.

16. systems according to claim 15, is characterized in that,

Described terminal is also for after receiving first mark of optical fiber one end that ODN equipment returns and corresponding configured port and identifying, setting up described the first mark identifies, configures the corresponding relation between port-mark with corresponding configured port, receiving after the second mark making, according to the correspondence of described corresponding relation and described the first mark and described the second mark, the configuration that sends optical fiber connection to ODN equipment is to port-mark.

17. according to the system described in claim 15 or 16, it is characterized in that,

Described terminal, also for sending acquisition instructions to ODN equipment;

Described ODN equipment, also for receiving described acquisition instructions, and according to described acquisition instructions collection and return to actual fiber configuration information;

Described terminal, also for obtaining described optic fiber configureing information from management system and receiving the actual fiber configuration information of ODN equipment transmission, whether more described optic fiber configureing information is consistent with described actual fiber configuration information, and inconsistent optic fiber configureing information and actual fiber configuration information are sent to management system, to make operating personnel correct optical fiber connection error.

18. according to the system described in claim 15 or 16, it is characterized in that,

Described detection module, also for detection of and to terminal return optical fiber one end first mark;

Described terminal, also for receiving described the first mark, and send first mark and first query statement of described optical fiber one end to management system, to make the described management system configured port mark corresponding to the first mark inquiry of described optical fiber one end according to described optic fiber configureing information pointer;

Described terminal, the described configured port mark also sending for receiving management system, and send described configured port mark to ODN equipment;

Described ODN equipment, for inserting corresponding configured port according to the described configured port mark indexed optical fiber one end receiving.

19. according to the system described in claim 15 or 16, it is characterized in that,

Described terminal, also for receiving described the first mark, and send first mark and second query statement of described optical fiber one end to management system, to make the described management system optical fiber routing iinformation corresponding to the first mark inquiry of described optical fiber one end according to described optic fiber configureing information pointer;

Described terminal, the described optical fiber routing iinformation also sending for receiving management system, so that operating personnel connect fault according to described optical fiber routing iinformation Check System.

20. according to the system described in claim 15 or 16, it is characterized in that, also comprises communication repeating module, and for the communication information between transparent transmission terminal, ODN equipment, detection module, described communication repeating module integration is on described supply module.

21. according to the system described in claim 15 or 16, it is characterized in that,

Described detection module is integrated on described supply module, or

Described detection module is integrated on described ODN equipment.